Use auto-complete to help users enter data that is likely to be used repeatedly.
When disabling a text box, also disable any associated labels, instruction labels, spin controls, and command buttons. Textual output A multi-line, read-only text box used to display long strings.Ī read-only text box used to display data.
A single-line, read-only text box used to display data. Unlike static text, data displayed using a text box can be scrolled (useful if the data is wider than the control), selected, and copied.
Removing a text box in jutoh password#
Password and PIN input A single-line, unconstrained text box used to enter passwords and PINs securely.ĭata output A single-line, read-only text box, always displayed without a border, used to display short strings. The combination of a text box and its associated spin control is called a spin box. Numeric input A single-line, numeric-only text box used to enter or edit numbers, with an optional spin control to facilitate mouse-based input.Ī text box used for numeric input. Textual input A multi-line, unconstrained text box used to enter or edit long strings. In this example, the Browse command helps users select valid values. One disadvantage to this approach is that the data can't be copied or pasted as a single unit.Īssisted data input A single-line, unconstrained text box used to enter or edit strings, combined with a command button that helps users select valid values. The auto-exit feature automatically advances the input focus from one text box to the next. Labelĭata input A single-line, unconstrained text box used to enter or edit short strings.įormatted data input A set of short, fixed-sized, single-line text boxes used to enter data with a specific format.Ī text box used for formatted data input. Usage patternsĪ text box is a flexible control with several possible uses.
Removing a text box in jutoh code#
For example, a control that is constrained to United States ZIP Codes isn't globalized, but an unconstrained text box that accepts any postal code format is. That said, when you are considering constraints, bear in mind the needs of global users. Use unconstrained controls like text boxes as a last resort. If users enter text that's not valid, you must handle the error with an error message.Īs a general rule, you should use the most constrained control that you can. This means relying on labels to convey this information to users. If you use a spin control, you can limit spin control choices to valid values.Īside from their length and the optional presence of a spin control, text boxes don't have any visual clues that suggest the valid values or their format.You can optionally restrict input to numeric characters (0 9) only.You can optionally set the maximum number of characters.The only constraints on an editable text box are: While text boxes have the benefit of being very flexible, they have the drawback of having minimal constraints. For example, users can easily choose a color using a slider because they can immediately see the effect of changes to hue, saturation, or luminosity values. Would the user benefit from instant feedback on the effect of setting changes? If so, use a slider, possibly along with a text box.Do users perceive the setting as a relative quantity? If so, use a slider.If so, use the appropriate control, such as a date control rather than a text box. Does the value represent a data type that has a specialized common control? Examples include date, time, or IPv4 or IPv6 address.Is the valid data completely unconstrained? Or is the valid data constrained only by format (constrained length or character types)? If so, use a text box.Is it practical to enumerate all the valid values efficiently? If so, consider a single-selection list, list view, drop-down list, editable drop-down list, or slider instead.Guidelines related to layout, fonts, and balloons are presented in separate articles.
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